Mahalakshmi Tech Campus • Anna University Affiliated
Department of
Computer Science &
Engineering
Approved by AICTE and Affiliated to Anna University, Chennai — Fostering innovative computing professionals, scalable software architects, ethical algorithmic designers, and globally competent technology leaders.
AI & High-Performance Computing Lab
Cloud Server Clusters & Full-Stack EDA Testbed
Vision & Mission of the Department
Guiding computer science education, ethical innovation, and globally relevant computing practices at Mahalakshmi Tech Campus.
Vision of the Department
Centre of Computing Excellence❖ To be a centre of excellence in Computer Science and Engineering, fostering innovation, research, and ethical computing practices to create globally competent professionals capable of addressing real-world challenges through technology.
Mission of the Department
Strategic Educational Imperatives-
M1Outcome-Based Curriculum To impart quality education in computer science through a well-structured, outcome-based curriculum integrating theory, practice, and emerging technologies.
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M2Innovation, Research & Entrepreneurship To promote innovation, research, and entrepreneurship in computing for solving industrial and societal problems.
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M3Ethical Leadership & Lifelong Learning To develop professionals with ethical values, leadership skills, and lifelong learning abilities for global employability.
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M4Social Responsibility & Sustainability To instill social responsibility and environmental awareness by leveraging technology for sustainable development.
Program Educational Objectives (PEOs)
What Mahalakshmi Tech Campus CSE graduates achieve within three to five years of graduation in high-impact global environments.
Competent Computing Professionals & Continuous Learning
❖ Graduates will establish themselves as competent computing professionals equipped with strong fundamentals in computer science, engineering principles, and problem-solving abilities. They will continuously upgrade their knowledge through higher education, professional certifications, research pursuits, and adoption of emerging technologies to remain relevant in a globally evolving technological landscape.
- Strong CS & engineering fundamentals
- Lifelong learning & advanced certifications
- Adaptation to rapidly evolving tech
Computational Intelligence, Design & Entrepreneurship
❖ Graduates will apply analytical thinking, computational intelligence, and modern engineering tools to design innovative, efficient, and scalable solutions to real-world societal, industrial, and technological problems. They will actively contribute to entrepreneurship, product development, and industry-oriented innovation, fostering a culture of creativity and technology-driven transformation.
- Computational intelligence & scalable design
- Product development & tech startups
- Industry-oriented innovation pipelines
Ethical Conduct, Leadership & Sustainable Development
❖ Graduates will demonstrate ethical conduct, teamwork, and leadership in professional environments. They will contribute responsibly to society by addressing community needs, promoting sustainable development, and adhering to professional ethics, data privacy norms, environmental responsibility, and inclusive digital practices.
- Professional ethics & data privacy compliance
- Inclusive digital practices & community service
- Sustainable engineering & green computing
Program Specific Outcomes (PSOs)
Specialized capabilities and technical mastery acquired by Computer Science and Engineering students upon graduation.
Foundational Computing Solutions & Architecture
❖ Analyse, design, and develop computing solutions by applying foundational concepts of Computer Science and Engineering.
Software Engineering & Quality Applications
❖ Apply software engineering principles and practices for developing quality software for scientific and business applications.
Emerging ICT Adaptation & Problem Solving
❖ Adapt to emerging Information and Communication Technologies (ICT) to develop innovative solutions to existing and emerging problems.
Scope
The scope of Computer Science and Engineering is vast, encompassing a variety of areas critical to the modern technological landscape:
01Software Engineering
Master the art of designing and implementing software systems that cater to diverse applications while enhancing capacity, efficiency, and scalability. Learn to develop innovative solutions that drive real-world impact through hands-on projects and expert mentorship.
02System Architecture
Delve into building and refining computational structures that ensure efficiency, stability, and adaptability. This critical aspect of Computer Science Engineering prepares you to design systems that support dynamic business and technological needs.
03Data Science and Analytics
Harness the power of data to transform industries! From healthcare to business and beyond, learn to analyze vast datasets and extract insights that inform strategic decision-making. Gain expertise in tools like Python, R, and Tableau.
04Cybersecurity
Protect the digital world with cutting-edge techniques to minimize security threats. This course focuses on safeguarding information systems and data through advanced protocols and practical defense mechanisms.
05Artificial Intelligence
Explore the future of technology by developing autonomous systems and advanced algorithms. Learn to build AI-driven solutions that address real-world challenges, from self-driving cars to intelligent assistants.
06Human-Computer Interaction
Revolutionize user experiences by designing intuitive interfaces and systems. This course focuses on creating seamless interactions between users and technology, making systems accessible and efficient.
07Cloud Computing
Embrace the era of flexible computing with expertise in cloud solutions. Learn to deploy scalable, secure, and efficient cloud-based systems for diverse applications.
08Networking
Design and manage robust networks that ensure seamless communication and information exchange. This specialization equips you with the skills to build resilient and scalable network infrastructures.
09Embedded Systems
Integrate computing capabilities into everyday devices with embedded systems engineering. Learn to enhance efficiency and functionality across applications like IoT devices, automotive systems, and consumer electronics.
Regulations & Syllabi
Official Anna University (CAC) academic curriculum and statutory regulatory statutes governing the B.E. Computer Science and Engineering programme.
2025 Regulation Syllabus
B.E. Computer Science & Engineering NEP Aligned
Modernized, multidisciplinary curriculum designed under the National Education Policy (NEP 2025) featuring vertical industry specializations in AI, Cloud Computing, Cybersecurity, integrated project practicums, and multi-entry/exit provisions.
2021 Regulation Syllabus
B.E. Computer Science and Engineering
Comprehensive Choice-Based Credit System (CBCS) curriculum governing foundational computing sciences, programming paradigms, core data structures, algorithms, professional electives, and structured laboratory courses.
Specialization Overview
Detailed overview
Career Opportunities & Key Roles
Opportunities
